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Total Area and Interaeot of 5 Bilateral
2 Composite Diagram showing Tip Positions of
METHOD AND RESULTS
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15 bilateral amygdaloid Anand anatomical animals showed aninals aphagia aphagia and adipsia aphagic bilateral lesions blood glucose brain Brobeck change in food composite diagram showing Control Group daily food intake day period decreases in food discernible change effect electrical stimulation electrode electrolytic electrolytic lesions epinephrine evoked feeding areas feeding behavior feeding center fiber tracts Figure food consumption food intake changes fron Group E-I Histology hyperphagic animals hypothalanio lesions increased feeding increases or decreases inhibit stomach contractions injection intersect shaded area investigation Korgane lateral hypothalamic areas lateral hypothalamus lesion-produced lesions resulted levels mechanisms medial forebrain bundle Microtome monkeys Morgans reports nembutal neural norepinephrine obesity obtain food olfactory tubercle paraffin periosteum Post-lesion Changes regulation of food reported response for food result in hyperphagia rostral sane satiated animal septal lesions t-test tegmental temporary increases thalamus tip positions two-tail t-test ventro ventromedial area ventromedial nucleus water replacement xylol